Our company in the original horizontal machining center used on the basis of multi-station tooling tower, and added a new series of tooling tower. With the addition of Series 52 3-sided, 4-sided lifting towers and Series 96 3-sided tapered towers, Weir Aerospace Technology now offers a variety of clamping systems for 5-axis machine tools. Thanks to the Quick·Point zero positioning and Quick change system, users can optimize the clamping time, and up to 20 stations can be placed at the same time during processing, thus increasing the effective running time of the machine.

Pre-bite mark: The indentation loader applies hydraulic loading force up to 20T to the workpiece surface, forming a concave bite mark, ensuring Maro. The vise grip grip the workpiece reliably in an occlusal mode, reducing the driving torque requirements on the guide bar and vise.

3mm Bite clamping technology: Lang brand vise clamping method, patented bite clamping technology even in the clamping height of only 3mm under the low clamping force can ensure high clamping reliability, so as to achieve the best processing of the five sides.

Zero switch technology: The WHALE SEIKI switch board is only 27mm thick, making it the thinnest zero switch system in the world. It has precise positioning accuracy and high cost performance, modular design makes its use more diversified.

Changing factors such as volatile oil prices, increasingly stringent environmental regulations and more efficient technologies continue to transform the global automotive market. These factors also increase the competition between automakers and OEM manufacturers and determine the manufacturing trends in the automotive industry today.

Today's engines are lighter, smaller, more economical, greener, smarter and quieter; Compared with the previous generation unit, the output power and torque are increased by 25-30%. Today, the increasingly popular turbochargers play a key role in the optimization of internal combustion engines. Turbochargers use previously underutilized engine exhaust to spin the turbine to start the air compressor. When pushed into the combustion chamber of the engine, the resulting air/fuel mixture can significantly improve engine performance and greatly improve its energy efficiency. The use of turbochargers can also have adverse consequences. When applied to a diesel engine, the heat generated raises the temperature of the turbine housing to 900 ° C, and when applied to a gasoline machine, the temperature of the turbine housing can even reach 1,100 ° C. Ensuring that these components work efficiently at such high temperatures is crucial, so the turbine housing is made of austenitic heat-resistant cast steel, which has relatively high creep strength, good thermal stability and excellent castability.

This material solution would be perfect if the turbine housing were easy to use, but many turbocharger manufacturers have trouble machining the turbine housing using standard cutting tools. Usually standard carbide blades can only work a small portion of them before they are scrapped. In many cases, damage to these tools can lead to downtime and damage to other expensive equipment. As a leading supplier to the global automotive industry, the automotive sector has been invited to support the resolution of these issues. In the final analysis to solve two main problems: extend the service life of cutting edge; With millions of turbochargers produced worldwide each year, the dedicated cutting tools are designed to reduce machining time for these complex parts.

3A气动夹具精度0.005MM内,技术性能：

重复定位精度：0.002mm
4X90分度精度: 0.002mm

气动夹头夹紧力: 7000N

手动夹头夹紧力: 6000N
最大允许扭矩: 15000Nm 
最大产品重量: 50kg
建议最大工件、毛坯尺寸: 70x70x70mm

Technical features: The electrode with fixed datum can be quickly changed, greatly improve the utilization rate of equipment, shorten the workpiece processing cycle, improve the processing accuracy. 

At the same time, a 5 axis machining bed or a horizontal reference base for the machining center is provided to establish a unified reference between the blank processing and the machine.